Introduction of EM Solutions

Introduction

Flux is being integrated into SIMLAB to enable our users to benefit from a easy to use interface and take advantage of the Multiphysics capabilities in SIMLAB. Several applications have been integrated (with limitations):

We are consistently working on creating examples to help familiarize our users with the SIMLAB workflow. Please find these examples in the Tutorials package and the SIMLAB Learning Center.

Note: In parallel we are working to be able to import a Flux project into SimLab via the Abaqus Flux format. See more information about the Abaqus Flux Import.

Keyword dictionary between Flux and SimLab

Categories SimLab Flux
Geometry Vertex Point
Edge Line
Face Face
Body Volume
Object (multi Volumes)
Coordinate Coordinate systems
Not implemented Geometric parameter
Move Transformation
Domain Infinite Box Infinite Box
Symmetry Symmetry
Periodicity Periodicity
Mesh Mesh Controls Aided Mesh
Mesh point, line
Mesh generator
Relaxation line, face, volume
Shadow face
node, line/face/volume element node, line/face/volume element
Physics Material Material
Not implemented Point Region
Not implemented Line Region
Not implemented Face Region
Loads and Constraints Volume Region
Not implemented Magnetic circuit cut
Not implemented Electric terminal
Not implemented Non meshed coil
Not implemented Source magnetic field
Motion Mechanical set
Imposed Current Coil Load and Constraints Circuit component - Coil conductor

Equivalence Material between Flux and SimLab

All Flux models of material are not available in SimLab. The available models are presented in the table below.
SimLab Flux equivalence
Linear Soft Magnetic Linear isotropic
Non Linear Soft Magnetic Isotropic analytic saturation + knee adjustment (arctg, 3 coef.)
Spline Soft Magnetic Isotropic spline saturation
Linear Permanent Magnet Linear magnet described by the Br module
Nonlinear Permanent Magnet Nonlinear magnet described by Hc and Br module

Equivalence Region between Flux and SimLab

About Region, the notion of region no longer exists in SimLab. SimLab uses Loads and Constraints and/or Material which are directly assigned to bodies.
Flux SimLab
Air or vacuum region Not a region, it's very simplified in SimLab.

It's only the Air material assigned to bodies.

Magnetic non conducting region Not a region, it's very simplified in SimLab.
  • Either it's only a Soft Magnetic material type, assigned to bodies.
  • Or it's only a Permanent Magnet material type assigned to bodies + a Magnet Orientation Loads and Constraints
Coil conductor region It's a Loads and Constraints called Imposed Current Coil
Laminated non conducting region Not implemented
Inactive region Not implemented, but it is not necessary.

It is enough not to assign the bodies to the solution to have these bodies "Inactive".

Equivalence Postprocessing between Flux and SimLab

About Postprocessing, All functionalities of Flux postprocessing are not available in SimLab. However during this transition phase with the integration of all needed functionalities of Flux in SimLab, after solving, it is possible to view the results in Flux by a right click on Results and click on View in Flux.

→ Flux is launched and the corresponding Flux project is opened, ready to be postprocessed.

Flux SimLab
Spatial 2D Curve (VS a path) XY Plot
Parametric 2D Curve (VS a piloted parameter)

Result Request and 2D Plot

Spatial 3D Curve (VS a grid) Not implemented
Spatial/Parametric 3D Curve (VS a path and a piloted parameter) Not implemented
Parametric 3D Curve (VS a two piloted parameters) Not implemented
Animation Animation
Isovalues Panel of Results (Contour) / IsoSurface
Arrows Panel of Results (Vector)
Computation on Point (local computation) XY Plot
Computation on physical entities (global computation) Result Request and 2D Plot